Porsche 911 GT3 RS speeding through an apex with carbon fiber components visible

Ultimate Sports Car Tuning

Harness the raw power of carbon fiber for maximum agility, acceleration, and downforce.

Shave seconds, not just ounces. Discover carbon fiber upgrades engineered for the track and proven effectively in the Phoenix heat.

Find Your Next Performance Mod

The Pillars of Performance

Carbon fiber isn't just about aesthetics; it's the foundation of modern speed. At DuneCarb, we analyze parts based on three critical vectors.

Mass Reduction

Lighter wheels, seats, and body panels translate directly to sharper handling and faster acceleration times. We weigh every part.

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Aerodynamics

Functional wings, splitters, and diffusers are tested for high-speed stability and grip, not just aggressive looks.

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Chassis Rigidity

Carbon fiber strut braces and reinforcements improve feedback and response, translating your input to the tarmac instantly.

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Latest Sports Car Features

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Close up of APR GTC-300 carbon wing on a Toyota Supra Review

Track Test: APR GTC-300 Carbon Wing for the Supra

We took the GR Supra to the wind tunnel and then to the track. Does the downforce justify the price tag?

Read Review →
Street legal McLaren 720S with custom carbon body kit Build

Showcase: A 700hp, Street-Legal McLaren 720S Track Weapon

This Phoenix-based build features a full exposed dry-carbon body kit that shaves 80lbs off the stock weight.

See the Build →
Mechanic adjusting suspension on car scales Guide

How-To: Corner Balance Your Car After Weight Reduction

Installing carbon parts changes your weight distribution. Here is how to dial your suspension back in for neutral handling.

Read Guide →
Studio shot of a carbon fiber driveshaft Review

Review: Carbon Fiber Driveshafts - Hype or Hero?

Reducing rotational mass is the holy grail of tuning. We test the durability and throttle response gains on the dyno.

See Dyno Results →

Performance By the Numbers

Data drives our editorial process on Sahara Vista Blvd. We don't just feel the difference; we measure it.

The chart highlights the rotational mass efficiency of carbon fiber wheel vs. stock alloy on a Chevrolet Corvette C8. Note the drastic reduction in inertia at high RPMs, leading to 0.4s faster 0-60 times.

  • Inertia Reduced by 40%
  • Unsprung Weight -12lbs per corner
  • Improved Braking Distance
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Wheel RPM (x1000) Rotational Inertia (kg·m²) Stock Alloy Carbon Fiber Peak Efficiency Zone